Sturgis Or Bust Embroidery Design

Download Sturgis Or Bust embroidery design by Machine Embroidery Designs which is 5.5 inches H X 7.39 inches W and many more embroidery designs available for download at EmbroideryDesigns.Com.

Sturgis Or Bust Embroidery Design

Sturgis Or Bust Embroidery Design

(1)
W/H

$7.69

free

Circle Price: $5.77
7.39"W x 5.5"H / 187.6W x 139.8H mm
ADD TO LIST
  • create new group
Product Information
FITS HOOP SIZE
6" X 10"
STITCH COUNT
28,208
FORMATS INCLUDED
ART, DST, EXP, HUS, JEF, PEC, PES, SEW, STX, VIP, XXX
Free Conversion
Type
Machine Embroidery Design
sku
MED01-05756
Brand
Product
Color Chart
Reviews
FITS HOOP SIZE
6" X 10"
STITCH COUNT
28,208
FORMATS INCLUDED
ART, DST, EXP, HUS, JEF, PEC, PES, SEW, STX, VIP, XXX
Free Conversion
Type
Machine Embroidery Design
sku
MED01-05756
Brand
Machine Embroidery Designs

Frequently Bought Together

A Machine

$7.69

free

free

Circle Price: $7.69
()
Add To list
  • create new group
 Save 10% on this bundle
$7.69 $6.92
or save more with

Thread Used in This Design

Madeira

Top Picks for You

More Items from This Brand
Explore More Products
A Machine

$7.69

free

free

Circle Price: $7.69
()
Add To list
  • create new group
Related Items
A Machine
undefined Designs in 1 Pack

$7.69

free

free

Circle Price: $7.69
()
Add To list
  • create new group
Product Description
Machine Embroidery Designs is happy to present Sturgis Or Bust machine embroidery design which has 28208 stitches and is [187.60 mm x 139.80 mm] large. If you would like to view more embroidery patterns please search on our embroidery designs page.
Click here to view copyright information.
product details
product image
Brand:
Machine Embroidery Designs
Name:
Sturgis Or Bust
Product Id:
MED01-05756
Stitches:
28208
Width/Height:
7.39" x 5.50" inches
187.60 x 139.8 mm
Formats:
ART, DST, EXP, HUS, JEF, PEC, PES, SEW, STX, VIP, XXX
    Color Sequence:
  • 1. Dk.gray (2618)
  • 2. silver (2405)
  • 3. aqua (2516)
  • 4. orange (2218)
  • 5. black (2296)
  • 6. aqua (2516)
* Above Color Numbers are   Robison-Anton Rayon